Sam Kashanchi

Their machines climb (or fall) to extreme temperatures for different purposes. Laboratory and liquid-cooled ovens are ideal for the following: ·         Aging·         Baking·         Curing·         Drying·         Sterilizing·         And moreThese practices are crucial to research, product testing, and design. Just as they vary in use, Laboratory Ovens range in size as well: from less than a cubic foot of volume to as big as 64 cubic feet or more. What doesn’t change, with an optimized oven from a leading manufacturer, is the precise control over the temperature conditions. Associated Environmental Systems offers two kinds of ovens: Laboratory ovens in the BD series capable of providing highly stable, controlled, forced hot air circulation for specified temperature conditions

In the laboratory environment, a laboratory refrigerator is either a cold room or incubator providing temperature control by refrigeration according to Fahrenheit or Celsius degrees, which is quite significant. The laboratory refrigerator typically provides a temperature range of 2 C to 8 C, with 6 C being the typical temperature, contrary to popular belief. The refrigerator is cooled by ice water circulating in the walls, using heat exchangers and forced air ventilation, which is significant. How do these cold chambers work? The refrigeration cycle is based on ammonia or freon gas,

Oxygen is an important component of human life, and it is also a vital part of many industrial processes. Industrial Oxygen monitors are commonly used in factories, manufacturing plants, and the food industry to measure the level of oxygen present. These monitors are widely used across different industries to keep track of oxygen levels in many chemical processes. Typical applications include boiler rooms, special process plants, and steel factories. Here's a rundown of some common industrial applications of oxygen monitors. Anaerobic Digesters in Waste Water Treatment Plants Industrial Oxygen monitors monitor

Stainless steel desiccators cabinet is a set of different features. Some are used in industrial or pharmaceutical applications. The third use is that they are found in a hospital kitchen, while the fifth use is as a domestic item. These are used to offer samples and testing materials active protection against moisture, ESD, and give a sterile environment to work on. A stainless steel desiccator is widely used in many fields, from laboratories to pharmaceutical industries. Here's a rundown of some common applications of these stainless steel desiccators: Industrial and Pharmaceutical Application

Having a laminar airflow hood on your bench at home is one of the keys to success in lab work. Laminar flow hoods are divided into two types, vertical and horizontal, based on the type of airflow. A vertical laminar flow hood draws air from the top and delivers it downwards on the working surface. On the other, a horizontal flow hood draws air from the top and throws it vertically onto the working material. But many people wonder which among these two options they need for their lab. So take a look at this comparison on some key points between